Electromagnetic pulse forming (EMF) is a method of high-speed machining method for metal workpieces by using pulsed magnetic force. Compared with traditional processes

EMF can increase the forming limit of difficult-to-deform materials and reduce springback. Thus

it provides an effective solution to the difficult processing problem of aluminum alloy. Based on the difficult forming problems of cylindrical parts drawing

large ellipsoidal parts manufacturing

V-shaped part bending and springback control

we introduce some new technologies such as multi-directional magnetic force driving materials

magnetic field force partition loading

and high frequency oscillation effect. On this basis

the method of shaping the aircraft skin parts by magnetic field force partition loading is proposed. Experimental and simulation results show that the sheet undergoes mainly elastically deformed and results in a large springback after pure stretching. However

the elastic deformation on the sheet is transformed into plastic deformation

and the springback is greatly reduced after EMF.